Li Yushun, female, born in Wuchang, Heilongjiang Province, majoring in civil engineering, was born in August 1968. Professional title, postgraduate degree, deputy director position, postdoctoral degree. Now he is a professor and doctoral supervisor at the School of Architectural Engineering and Environment of Ningbo University. Working in the Institute of Civil Engineering/Structural Engineering and Disaster Reduction. He is a member of China Architecture Society, a member of Wood Structure Professional Committee of China Architecture Society, and a peer review expert of National Natural Science Foundation.
1986.09 ——1991.07 Zhejiang university, majoring in industrial and civil construction engineering, bachelor of engineering. 1997.09 ——1999.12 Master of Engineering, School of Civil Engineering, Harbin Jianzhu University (tutor: Professor Ji Xuerun). September 2000-July 2004, majoring in structural engineering, School of Civil Engineering, Harbin Institute of Technology, Ph.D. (tutor: Academician Shen Shizhao).
Scientific research projects hosted by Li Yushun:
1, national natural science foundation: research on bamboo composite components and their structural systems.
2. Key scientific and technological project in Zhejiang Province: Research on key technologies of energy-saving and environment-friendly bamboo structure buildings.
3. Project funded by Ningbo University: seismic effect analysis and seismic design method research of mild steel energy-consuming structures.
4. Design Supervision Fund of Northeast Forestry University: Research on mechanical properties and design method of steel-bamboo composite wall.
5. Design Supervision Fund of Northeast Forestry University: Research on mechanical properties and design method of steel-bamboo composite floor slab.
6. Design Supervision Fund of Northeast Forestry University: Study on mechanical properties of steel beam-concrete column joints.
7. Post-doctoral Science Fund of Heilongjiang Province: Research on practical seismic design method of steel frame structure with mild steel dampers.
8. National postdoctoral science fund: Study on optimal design and practical seismic design method of mild steel energy dissipation structure.
9. Natural Science Foundation of Heilongjiang Province: Experimental and theoretical research on energy dissipation and shock absorption structural system of ultra-low yield point mild steel.